What factors determine the effectiveness of using silicon carbide nozzles


2023-05-29 14:41

Silicon carbide nozzle is a new type of device that can effectively perform desulfurization and dust removal, making it widely used in various fields and highly loved by people. When using silicon carbide nozzles, there may be some factors that affect their effectiveness. We need to have a detailed understanding of which factors affect them.
The first is the atomization effect of the silicon carbide nozzle. The small surface area of the liquid provided by the limestone slurry after spray will directly affect the desulfurization effect. When the inlet pressure of the nozzle is larger, the pressure drop of the nozzle is larger, the flow through the nozzle is larger, and the uniform diameter of the atomized slurry drops of the nozzle is smaller.
The spray droplet size distribution of the nozzle is very important for most users. The silicon carbide nozzle can reduce the investment and complete the economic operation of the system by spraying droplets with high uniformity of particle size with the optimal value.
The factors that affect the desulfurization of silicon carbide nozzles are related to factors such as nozzle flow rate, nozzle pressure drop, and nozzle construction parameters. The flow rate of the nozzle will ultimately affect the economy of the desulfurization system. Choosing a nozzle with a large flow rate can reduce the total number of nozzles required, and then reduce the cost of the system. The high flow nozzle has fewer constraints and good anti clogging performance, which can effectively save operating and maintenance costs. But at the same time, the maximum flow measurement that different nozzles can accept is constrained by the atomization effect of this nozzle.